Physical Sciences and Mathematics Commons^™

Climate Change Impacts On Groundwater In Mapc Communities, Jayne F. Knott, Paul Kirshen, Ellen Douglas

School for the Environment Publications

Groundwater is important for human health and the environment but has often been overlooked in the development of climate change adaptation strategies. This is because groundwater is rarely visible, and because changes in groundwater levels are not as dramatic as extreme flooding events, coastal storms, and storm surge. The importance of groundwater for drinking water, natural resources, and streamflow is well documented. Groundwater levels are also important considerations in the design of pavements, underground infrastructure, foundations, on-site wastewater treatment systems, and in the remediation of hazardous waste disposal areas. Groundwater is especially important in the wet northeast, where groundwater levels …

Governance For A Changing Climate: Adapting Boston’S Built Environment For Increased Flooding, Stephanie Kruel, Rebecca Herst, David Cash

School for the Environment Publications

Climate Change is impacting everything in our society and in our world. The changes we are already experiencing are starting to multiply and accelerate. Determining how to respond to this new reality wisely within the governance and governmental structures that we have built is a complex challenge. Some might argue it is humankind’s greatest test. Given the monumental size of this task, it is difficult to simultaneously address all of the related issues both broadly and deeply. This is the third and final in a series of reports from the Sustainable Solutions Lab that were sponsored by the Boston Green …

Feasibility Of Harbor-Wide Barrier Systems: Preliminary Analysis For Boston Harbor, Paul Kirshen, Mark Borrelli, Jarrett Byrnes, Robert F. Chen, Lucy Lockwood, Chris Watson, Kimberly Starbuck, Jack Wiggin, Allison Novelly, Kristin Uiterwyk, Kelli Thurson, Brett Mcmann, Carly Foster, Heather Sprague, Hugh Roberts, Di Jin, Kirk Bosma, Eric Holmes, Zach Stromer, Joe Famely, Alex Shaw, Brittany Hoffnagle, Rebecca Herst

School for the Environment Publications

The aim of this study is to provide the City of Boston with a preliminary assessment of the feasibilities and potential benefits, costs, and environmental impacts of three harborwide barrier configurations.

While this study is not comprehensive, and there are many ways that further research could refine and extend its findings, those findings were clear enough to justify making recommendations for next steps. The authors recommend that the City continue to focus its climate resilience strategy for the next several decades on the shore-based multi-layered approach described in Climate Ready Boston. Shore-based solutions would provide flood management more quickly at …

Climate Ready Boston: Climate Change And Sea Level Rise Projections For Boston, The Boston Research Advisory Group Report, Ellen Douglas, Paul Kirshen, Robyn Hannigan, Rebecca Herst, Avery Palardy

School for the Environment Publications

This report summarizes the current understanding of the local factors that influence Boston’s future exposure to climate change risks. The following four risk factors were considered most relevant to Boston and are therefore evaluated in this report: sea-level rise, extreme precipitation, coastal storms and extreme temperatures. For each risk factor, a team of scientific experts, comprised of a team leader and three or more team members, was selected to evaluate and summarize the available information contained in both grey (reports, conference proceedings and the like) and peer-reviewed literature. Each team met independently between October 2015 and January 2016, and team …

Preparing For The Rising Tide, Ellen Douglas, Paul Kirshen, Vivian Li, Chris Watson, Julie Wormser

Environmental, Earth, and Ocean Sciences Faculty Publication Series

On October 29, 2012, one of the largest Atlantic basin storms in recorded history hit the East Coast. Although Superstorm Sandy centered around New Jersey and New York when it made landfall, the massive storm system spanned 1,000 miles north to south, over three times the size of a typical hurricane.

Luckily for Boston, Sandy’s storm surge hit the city near low tide, causing relatively minor coastal flooding. Had the storm hit 5½ hours earlier, 6.6 percent of the city could have been flooded, with floodwaters reaching City Hall.

Events such as Superstorm Sandy highlight the growing relevance of climate …